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Real Time Physics: Active Learning Laboratories Modules 1 - 4

Instructor Companion Site

Table Of Contents

Module 1 Mechanics: : Lab 1: Introduction to Motion

Module 1 Mechanics: : Lab 2: Changing Motion

Module 1 Mechanics: : Lab 3: Force and Motion

Module 1 Mechanics: : Lab 4: Combining Forces

Module 1 Mechanics: : Lab 5: Force, Mass, and Acceleration

Module 1 Mechanics: : Lab 6: Gravitational Forces

Module 1 Mechanics: : Lab 7: Passive Forces and Newton's Laws

Module 1 Mechanics: : Lab 8: One-Dimensional Collisions

Module 1 Mechanics: : Lab 9: Newton's third Law and Conservation of Momentum

Module 1 Mechanics: : Lab 10: Two-Dimensional Motion

Module 1 Mechanics: : Lab 11: Work and Energy

Module 1 Mechanics: : Lab 12: Conservation of Energy

Module 3 Electric Circuits: : Lab 1: Batteries, Bulbs, and Current

Module 3 Electric Circuits: : Lab 2: Current in Simple DC Circuits

Module 3 Electric Circuits: : Lab 3: Voltage in Simple DC Circuits and Ohms' Law

Module 3 Electric Circuits: : Lab 4: Kirchhoff's Circuit Rules

Module 3 Electric Circuits: : Lab 5: Introduction to Capacitors and RC Circuits

Module 3 Electric Circuits: : Lab 6: Introduction to Inductors and LR Circuits

Module 3 Electric Circuits: : Lab 7: Introduction to AC Currents and Voltages

Module 3 Electric Circuits: : Lab 8: Introduction to AC Filters and Resonance

Module 4 Light and Optics: : Lab 1: Introduction to Light

Module 4 Light and Optics: : Lab 2: Reflection and Refraction of Light

Module 4 Light and Optics: : Lab 3: Geometrical Optics - Lenses

Module 4 Light and Optics: : Lab 4: Geometrical Optics - Mirrors

Module 4 Light and Optics: : Lab 5: Polarized Light

Module 4 Light and Optics: : Lab 6: Waves of Light

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